Mass and Impulse Calculator in Relativistic Events

The Mass and Impulse Calculator in Relativistic Events will calculate the:

  1. The mass of a particle moving at high speed, comparable to the speed of light
  2. The momentum of a particle moving at high speed, comparable to the speed of light

Calculation Parameters: All relativistic events are supposed to occur in vacuum; any motion is one-dimensional; all systems are inertial.

Mass and Impulse Calculator in Relativistic Events
Mass and Impulse Calculator in Relativistic Events Results (detailed calculations and formula below)
The relativistic mass of the moving particle m is kg [kilogram]
The relativistic momentum of the moving particle p
Relativistic mass of the moving particle m calculation
m = m0/1 - v2/c2
m = /1 - 2/2
m = /1 - /
m = /1 -
m = /
m = /
m =
Relativistic momentum of the moving particle p calculation
p = m0 ∙ v/1 - v2/c2
p = /1 - 2/2
p = /1 - /
p = /1 -
p = /
p = /
p =
Mass And Impulse In Relativistic Events Calculator Input Values
Rest mass of the particle (m0) kg [kilogram]
Velocity of particle (v) m/s [metre per second]
Speed of light in vacuum (c) m/s [metre per second]
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Discover Physics with free Physics Revision Notes and Physics Calculator: Mass And Impulse In Relativistic Events. This image shows the properties and mass and impulse in relativistic events formula for the Mass And Impulse In Relativistic Events. The Mass and Impulse Calculator in Relativistic Events will calculate the mass and momentum of a particle moving at high speed, comparable to the speed of light.

Related Physics Sections with Tutorials

Section 3: Kinematics

Section 18: Relativity

Section 22: Cosmology

Relativistic mass of the moving particle m Formula and Calculation

m = m0/1 - v2/c2

Relativistic momentum of the moving particle p Formula and Calculation

p = m0 ∙ v/1 - v2/c2>

Relativity Physics Tutorials associated with the Mass And Impulse In Relativistic Events Calculator

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